Essentially every golf course in the world has an advanced irrigation system. These systems add extra water to the course when necessary during times of rain shortage. Most courses are equipped with pop-up sprinkler systems that spray radially.
Irrigation, which can be turned on when it’s not raining or when there isn’t enough rainfall, helps to stop the grass plant wilting and losing rigidity. Without an irrigation system, it’s all but impossible to ensure that a golf course can remain in playable condition.
Of course, it is also optimal to irrigate when there are not golfers on the course, as most don’t ask for their game with a shower. Your irrigation schedule should be intimately informed by climate and weather. Depending on your climate, and the season you’re in, irrigation timing and method may have to change, possibly on a seasonal basis.
Today’s irrigation systems can range from $750,000 to $3 million-plus for 18 holes and, in extreme cases, exceed $5 million. That kind of money will get you a lot of new bunkers and then some.
An older or obsolete irrigation system is one of the most common issues a golf course faces, and typically, they face away from it. Concerned with costs and the time needed for installation, most courses have made do with faulty irrigation systems, and by made do, we mean made a mess.
Golf course irrigation systems can be supplied water from many different sources, including potable, effluent, surface (ponds, lakes, rivers, and streams), and groundwater....According to GCSAA, golf course water sources break down as follows:Surface: 52%Groundwater (Wells): 46%Potable (Municipal): 14%Effluent: 12%
Some courses irrigate their lawns with water from onsite water hazards and storm water ponds, reclaimed water facilities or even desalinized brackish or ocean waters.
Sprinklers are usually the best choice for turf areas. Drip irrigation has been increasing in popularity during the past few years and is especially suitable for watering individual plants such as shrubs and trees and can also work well for ornamental or vegetable gardens.
Using water use data nationally, an 18-hole golf course uses an average of 152.5 acre-feet of water per year to irrigate 80.7 acres of turfgrass.
It's better to water “deeply and infrequently,” Cutler says. About a third of an inch every two to three days is a good goal.
Chlorpyrifos. Chlorpyrifos is an organophosphate insecticide used extensively in the agricultural industry, as well as on golf courses, green houses, and as mosquito adulticide.
Some common types of irrigation systems include:Surface irrigation. Water is distributed over and across land by gravity, no mechanical pump involved.Localized irrigation. ... Drip irrigation. ... Sprinkler irrigation. ... Center pivot irrigation. ... Lateral move irrigation. ... Sub-irrigation. ... Manual irrigation.
Drip irrigation is the most water-efficient way to irrigate many different plantings. It is an ideal way to water in clay soils because the water is applied slowly, allowing the soil to absorb the water and avoid runoff. Drip devices use a fraction of the water that overhead spray devices use.
Arguably the most popular choice for residential irrigation systems, drip irrigation involves laying special hoses on the ground around your landscaping so that they slowly drip water into the roots of your plantings. They are the most efficient type of irrigation since they deliver water directly to the roots.
Audubon International estimates that the average American course uses 312,000 gallons per day. In a place like Palm Springs, where 57 golf courses challenge the desert, each course eats up a million gallons a day.
In fact, an increasing number of courses are using effluent water – often referred to as “gray water.” Government regulations and water availability have led to the increased use of gray water at golf facilities, says Brian Vinchesi, design engineer at Irrigation Consulting Inc., Pepperell, Mass.
Courses around the U.S. suck up around approximately 2.08 billion gallons of water per day for irrigation. That's about 130,000 gallons per day per course, according to the golf industry.
Irrigation systems are essential for golf courses, mainly because proper water mechanics will ensure that the grass stays healthy. However, too much or too little water (operation of the irrigation system) can cause a problem, depending on whether the grass becomes too dry or too soggy.
Now, this can be automatic from start to finish, or it can be manually operated in the beginning or manually operated in the end , with automatic timers set in between.
In fact, almost all greens and tees are irrigated or have an irrigation system installed. Great golf courses will even have the fairway and rough areas irrigated, too. Here, you’ll find a practical guide to an average golf course irrigation system, including the types of irrigation, what makes up an irrigation system, and much, much more.
Irrigation, which can be turned on when it’s not raining or when there isn’t enough rainfall, helps to stop the grass plant wilting and losing rigidity. Without an irrigation system, it’s all but impossible to ensure that a golf course can remain in playable condition.
You have a control cable, via a computer, that switches taps and valves on and off and allows water to be dispersed under pressure via a sprinkler.
Water in the soil can be taken up by the plant when it’s pulled in through the roots and water within the plant can be used as a transportation system to move it around. When the water evaporates, or transpires, there is less of it and less capability for the plant to carry out its normal processes.
Its workings are a mystery to most golfers but, underneath the soil, our courses wouldn’t survive without an effective irrigation system. Ask around the clubhouse about what makes an irrigation system tick and there’s a chance a couple of us might be able to string together a few words about sprinkler ...
Golf clubs must establish quality requirements for their courses. This requires club managers to work with players to create a dynamic course. Course designers use different types of grass across the 18 holes. The overarching goal for the designers is to have the highest quality grass on the greens.
In general, determining when to irrigate the golf course is done by observing several things in the field. For example, groundskeepers watch for when drought spots emerge. Additionally, they monitor the root zone to see if the grass dries out. Course managers prevent dry spots through timely and sufficient irrigation.
Advanced computer simulation models are used to determine the ideal amount of irrigation. Computer simulation models describe all relevant processes that occur in the soil-water-grass system. The models also calculate whether there is still enough moisture present in the soil profile to ensure the quality of the grass.
To be able to advise where, when, and how much irrigation a golf course needs requires a few factors.
Sound cultural practices, often referred to as bestmanagement practices, are needed if a turf is to havegood drought resistance or survive dormancy.Mowing, fertilization, and cultivation (aeration) areimportant cultural practices, in addition to irriga-tion, that affects the health of a turf and its ability tosurvivedrought.
Core cultivation (aeration) can resolve some waterinfiltration problems by reducing soil compaction,managing thatch, and creating openings in the turfsurface that aid in water infiltration . A reduction insoil bulk density of severely compacted soil willenhance water retention (storage) and encouragedeeper rooting, thus increasing the carrying capacityof the soil.
The most efficient time of day to water is late eveningthrough early morning (between 10 p.m. and 8 a.m.).Nighttime is generally less windy, cooler and morehumid, resulting in less evaporation and a moreefficient application of water. Water pressure is alsousually better at night resulting in a more uniformapplication of water through sprinklers. Contrary topopular belief, irrigating during this period does notstimulate disease development.
Evapotranspiration (ET) is the term used to describethe loss of water through evaporation from the soilsurface and transpiration of water through plants.The rate of evapotranspiration (amount of water lostper day) is one of several factors that determine therequired frequency of irrigation for a given soil andplant system.
A very important piece to any irrigation system is the quality and quantity of the water supply. Understand what is available today and years into the future. As water demands continue to rise, it may be worthwhile to investigate receiving effluent water or capturing more runoff water to be used for irrigation.
Edwin Roald, a member of the European Institute of Golf Course Architects, cites seven important health benefits of golf participation: heart health, brain stimulation, weight loss, stress reduction, increased longevity, low frequency of sport-induced injury, and a good night’s sleep.
And golf courses can have a range of different types from valve in head to spray heads to short radius block rotors. Quality of uniformity is directly linked to spacing in the field for that specific nozzle and pressure.
If your golf course is supplied by a municipal water source, you may have a booster pump and backflow equipment. This equipment should also be evaluated, including the incoming pressure and flow from the municipal source. Over the years, changes may have occurred that you were not aware of. Hydraulic network.
Water is essential to all life, turfgrass certainly no exception. Depending on your geographic location, irrigation is more critical in some regions than others, but we cannot deny the importance of a reliable, efficient irrigation system when our livelihood relies on maintaining healthy turf, day after day.
Those attracted to it share an uncommon devotion to the game itself. Golf is a healthy game, as well. Fresh air and a practically unmatched opportunity to get steps in for the day, not to mention beautiful landscapes, sunrises and sunsets, along with special moments with friends and family.